Announcement
Collapse
No announcement yet.
Donald Smith Devices too good to be true
Collapse
X
-
Originally posted by boguslaw View PostMonsieurM
How do you produce these excellent pictures ?
I would suggest you read the whole thread but you can start here
Signs and symbols -Confucius.
Comment
-
Don Smith replication 200W with ferrite core and closed-loop system
\200w elektromagnetik rezonanz generator.mp4 - YouTube
Russian power ! Hat's off
Comment
-
"Значит так на входе амперметр по переменке50 герц 220вольт при включении зырит 1-2 ампера потом при настройке резонанса выходит на ноль а на нагузке две лампы по 100 ват =200ват 220 вольт. и того мы имеем на входе ноль потребления на выходе 200ват!!! смотрим видео на входе амперметр цифровик и вольтметр аналоговый паралельно лампам на выходе .Замер електромагитного поля вокруг зашкал!"
Comment
-
Бестопливный электромагнитный генератор от Раман : Генератор Капанадзе - CyberEnergy.ru - Альтернативная энергия
This is proof, still not hard but proof! :thumbsup ( for those who can read russian)
Comment
-
Very usefull site
Dear colegues , I realy want to suggest you visit website Neon Transformers, Neon Power Supplies . I hope here you can find
neon sign supplyes and other spares you need ."Nothing is impossible , except that the state of your mind makes it so '' . Prof John R.R. Searl
Comment
-
Series Spark Gap
@ All,
If you are not running your primary LC in the same resonance frequency as your NST or Flyback, then you have to put your Spark Gap in series so it will generate enough spurious frequencies so that your LC primary will be exited by those kicks
So say that your NST/flb works again on 30 Khz, and you have tuned your primary LC for 5Mhz (which is a normal range for the air coils/capacitors used here), then a parallel SG will not work as being mentioned in my earlier post (dead short).
Putting the SG in series will cause the SG to fire and kick with its frequencies the primary LC tank to resonate on 5Mhz.
It will also limit the voltage in use here.
Concerning the LC circuit, use as less c (in the 10's / 100's pF range) as possible so the coil L will resonate as close to its natural resonance frequency as possible (highest Q).
Use one of the many resonance calculators on the web to calculate your LC values:
L/C Resonance Calculator
Say your Primary L has 18uH, then your C will need to be 56 pF to resonante at 5 Mhz
Make sure your C can handle the HV.
Be aware you are basically building a spark-transmitter which can cause lots of interference.

Regards Itsu
Comment
-
Would be nice to see a video appear again of Inventor's Weekend 2001!
La Quinta Inn - Houston Donald L. Smith.
Inventor Don L. Smith's Video Presentation 2001
Every time I see his other videos, I'm learning new things!
Best RegardsLast edited by cognito; 09-21-2011, 03:17 PM.
Comment
-
What happens when diodes are used to charge the caps on double frequency?Originally posted by Itsu View Post@ All,
If you are not running your primary LC in the same resonance frequency as your NST or Flyback, then you have to put your Spark Gap in series so it will generate enough spurious frequencies so that your LC primary will be exited by those kicks
So say that your NST/flb works again on 30 Khz, and you have tuned your primary LC for 5Mhz (which is a normal range for the air coils/capacitors used here), then a parallel SG will not work as being mentioned in my earlier post (dead short).
Putting the SG in series will cause the SG to fire and kick with its frequencies the primary LC tank to resonate on 5Mhz.
It will also limit the voltage in use here.
Concerning the LC circuit, use as less c (in the 10's / 100's pF range) as possible so the coil L will resonate as close to its natural resonance frequency as possible (highest Q).
Use one of the many resonance calculators on the web to calculate your LC values:
L/C Resonance Calculator
Say your Primary L has 18uH, then your C will need to be 56 pF to resonante at 5 Mhz
Make sure your C can handle the HV.
Be aware you are basically building a spark-transmitter which can cause lots of interference.

Regards Itsu
Best Regards
Comment
-
"Tesla matched the total weight of the primary and secondary windings so the two would be in a state of resonance."
So if I take it one step further and factor in 1/4 wave length I have:
6 awg 79.65 lbs/1000 feet
12 awg 19.8 lbs/1000 feet
If I use 12 awg for secondary at 4 times length of primary = 19.8 x 4 = 79.2 lbs
The total weight is the same and I create a 1/4 wave length effect.
All in resonance.
Comments anyone?Don
Comment
-
Resonnance chart for coils
Hello everyone, found this chart maybe it could help.
Comment
-
Brilliant ! Keep going, your atoms from primary link directly to atoms on secondaryOriginally posted by dllabarre View Post"Tesla matched the total weight of the primary and secondary windings so the two would be in a state of resonance."
So if I take it one step further and factor in 1/4 wave length I have:
6 awg 79.65 lbs/1000 feet
12 awg 19.8 lbs/1000 feet
If I use 12 awg for secondary at 4 times length of primary = 19.8 x 4 = 79.2 lbs
The total weight is the same and I create a 1/4 wave length effect.
All in resonance.
Comments anyone?
Comment
[/IMG]
Comment